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Take A QuizIn today’s digital era, web scraping has emerged as
one of the most powerful skills for developers, data scientists, and analysts.
Whether you're collecting pricing data from e-commerce sites, gathering user
reviews, or automating form submissions, Python makes web scraping both
accessible and efficient. Naturally, this demand has led to web scraping
becoming a hot topic in technical interviews — especially for roles involving
data analytics, automation, and backend development.
Web scraping interviews in Python often go beyond simple
syntax. Employers want to know whether you understand:
In this article, we present the Top 10 Web Scraping
Interview Problems in Python that are frequently asked in technical
interviews — both by startups and top-tier tech companies. Each problem is
designed to test your real-world understanding of how scraping works, how to
troubleshoot errors (like 403 forbidden), and how to write clean, maintainable,
and robust scraping scripts.
What makes these questions even more valuable is that they
don’t just test theory — they require hands-on Python coding, clever use of
libraries, and understanding of HTTP concepts. The problems range from basic to
advanced:
Mastering these problems ensures you're well-prepared not
just for interviews, but also for real projects that require data scraping and
automation. With the growth of AI, data science, and market analysis, the
ability to extract and clean web data is more relevant than ever.
The most popular ones are requests, BeautifulSoup, lxml, Selenium, and recently Playwright for dynamic websites.
BeautifulSoup is used for parsing static HTML content, while Selenium is used for scraping JavaScript-heavy websites by simulating a browser.
Use looped requests where you modify URL parameters (e.g., ?page=2) or parse "next" links from HTML dynamically.
Not always. You should always check the website's robots.txt file and Terms of Service. Many sites restrict scraping or require permission.
Some typical errors include 403 Forbidden, 404 Not Found, Captchas, and broken selectors due to dynamic content.
Yes. Websites may detect bots through headers, request frequency, or missing JavaScript execution. Using User-Agent headers and delays helps.
These require using Selenium or Playwright to simulate scroll events, wait for content to load, and then extract the data.
Posted on 10 Apr 2025, this text provides information on BeautifulSoup. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.
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